diff --git a/README.md b/README.md
index 9672b585..f1d1b4ce 100644
--- a/README.md
+++ b/README.md
@@ -2,110 +2,7 @@ This is a tool based on the Godot game engine that can be used to create texture
 
 Its user interface is based on Godot's GraphEditor: textures are described as interconnected texture generators and operators.
 
-![Screenshot](doc/screenshot.png)
+More details in the [user manual](https://rodzill4.github.io/godot-procedural-textures/doc/).
 
-## Generators
+![Screenshot](addons/procedural_material/doc/images/screenshot.png)
 
-### Image
-
-This node reads a bitmap from disk
-
-### Pattern
-
-This generator creates a greyscale image by mixing an horizontal and a vertical pattern.
-Patterns can either be based on a sine, triangle, square, saw or "constant" waveform (i.e. the color as function of the x or y coordinate).
-The frequency (number of waves per unit) can be configure for both axes.
-Mix functions can also be configured.
-
-![Pattern](doc/pattern.png)
-
-### Bricks
-
-This generator creates bricks greyscale patterns.
-
-The Bricks generator has 5 parameters:
-* the number of brick rows
-* the number of bricks per row
-* the offset between even and odd rows
-* the mortar space between bricks
-* the bevel at the edge of the bricks
-
-The bricks generator has 2 output:
-* the first one will show mortal as black and bricks as white (bevel being shown as a gradient). It can be used as mask to mix brick and mortar, or to generate depth and normal textures
-* the second one will just show a different color for each brick. It can be used to affect the brick's colors (and will be used in the future to offset textures).
-
-![Bricks pattern](doc/bricks.png)
-
-### Perlin Noise
-
-The Perlin Noise generator creates a greyscale pattern and has 4 parameters:
-* the horizontal and vertical scale of the first iteration
-* the number of iteration
-* the persistence (the weight ratio between 2 iterations)
-
-![Perlin Noise](doc/perlin.png)
-
-### Voronoi Noise
-
-The Voronoi Noise generator creates greyscale patterns based on Voronoi diagrams and has 3 parameters:
-* the horizontal and vertical scale (the number of feature points)
-* the "intensity" of the noise (used to adjust the generated color)
-
-The Voronoi generator has 3 outputs:
-* The first output shows a greyscale image where intensity depends on the distance to the cell centers
-* The second output shows a greyscale image where intensity depends on the distance to the cell edges
-* The third output shows a different color for each cell.
-
-![Voronoi Noise](doc/voronoi.png)
-
-## Filters
-
-### Colorize
-
-This filter accepts a greyscale image as input and is configured using a gradient. The output image is obtained by applying the gradient to the greyscale image (the example below shows a colorized perlin noise).
-
-![Colorize](doc/colorize.png)
-
-### Blend
-
-This filter accepts 2 inputs and an optional mask and blends the 2 images according to the selected blend algorithm.
-
-### Blur
-
-This node applies a Gaussian blur to the input image.
-
-### Combine
-
-This node accepts 3 greyscale images as inputs (one for each R, G and B channels) and combines them into a single image. It is useful to create textures that combine distinct features (for example Metallic and Roughness for Godot's Spatial materials).
-
-### Emboss
-
-This node creates a lighting effect from a greyscale image, with a configurable light direction.
-
-![Emboss](doc/emboss.png)
-
-### Normal map
-
-This node creates a normal map from a greyscale height map.
-
-### Transform
-
-This node applies a transform (translation, rotation, and scale) to its input image. Whether the input image is clamped or repeated when downsizing is configurable.
-
-This can be combined with the pattern node to create a great variety of shapes.
-
-### Warp
-
-This node deforms an input image according to the gradient of another image (generally perlin noise).
-
-![Warp](doc/warp.png)
-
-## Miscellaneous
-
-### Material
-
-This node defines the material shown in the 3d preview. It accepts textures for a subset of the PBR lighting model as implemented in the Godot engine. When exporting the material, each texture will be saved as a PNG file named after the project's name and a suffix for each material node input.
-
-### Export
-
-This node can be used to export extra PNG files (for example a combined PNG to be used with Godot materials).